Name: Rutuja Moharil
Type: User
Company: University of Pennsylvania
Bio: Passionate about Deep learning,Machine learning , Data analysis for healthcare.
Skilled in Signal processing ,medical imaging ,control and optimization.
Blog: https://rutuja1595.wixsite.com/profile
Rutuja Moharil's Projects
This project aims to perform binary classification to detect presence of cancerous cells in histopathological scans. The images are taken from the histopathological scans of lymph node sections from Kaggle Histopathological cancer detection challenge and provide tumor visualizations of tumor tissues.
Deep learning has found it's use in the medical imaging community for diagnostic and post processing methods. One such application is the medical image segmentation using Unet.
This is an open source GUI based tool CSIT (Control Systems Interactive Toolbox), that can be used to analyze and learn Control Systems. The tool was developed under the FOSSEE project at Indian Institute of Technology, Bombay.
Drench yourself in Deep Learning, Reinforcement Learning, Machine Learning, Computer Vision, and NLP by learning from these exciting lectures!!
CSIT : GUI
Image registration is one of the prior steps for building computational model and Computer added diagnosis (CAD) which is the processes of transferring images into a common coordinate system, so that corresponding pixels represents homologous biological points. In this lab, we have familiarized with the concepts and framework of image registration based on two different transformation techniques namely “rigid transformation” and “affine transformation” for brain MRI. Comparisons also have been accomplished for single-resolution and multi-resolution registration for the same images in both rigid transformation and affine transformation. Different quantitative and qualitative metric performance are also been observed for all the experiments.
This repository consists of Machine Learning assignments for the course CIS 519
Tutorials, assignments, and competitions for MIT Deep Learning related courses.
This works is an analysis of the feature space and comparison of the discriminative capability of features obtained from Autoencoders .In Deep learning literature these problems statements are called representation learning and through this work MNIST feature space and it's intricacies are visualized .